FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3165436797> ?p ?o ?g. }

• W3165436797 endingPage "111246" @default.
• W3165436797 startingPage "111246" @default.
• W3165436797 abstract "The continuous search to combine clean energy supply with the efficient exploitation of bioenergy sources is one of the most recurring efforts to meet global energy demands on an environmentally friendly basis. Sugarcane biorefineries play a central role in this context by providing sugar, ethanol and bioelectricity. However, the high energy required in ethanol production limits resource recovery efficiency in conventional sugarcane processing, motivating the investigation of approaches that maximize energetic gains. This study proposes the application of anaerobic digestion (AD) as the core processing step in sugarcane biorefineries, providing performance data for the biomethanation of juice, molasses and vinasses from different sources, namely, first generation (1G; annexed and autonomous) and second generation (2G) ethanol production. A detailed scenarization-based assessment was also carried out, comparing the proposed AD-based schemes with conventional production chains. Relatively similar performances were obtained in the experimental step, irrespective of the compositional differences of the substrates. However, the energetic potential of juice- and molasses-based methane production was at least 2-fold higher than the ones of all types of vinasses (282.81–627.84 vs. 57.10–131.52 MJ TC −1 ). Scenario comparison indicated the production of biogas and sugar as the most efficient energetic exploitation (94.4%) of sugars from sugarcane. Finally, the energy returned on energy invested ratio estimated for biogas-derived electricity exceeded that of ethanol production by 400%. Thus, AD-based biorefineries have great potential to meet the energy efficiency criteria of sustainable development goals in the coming decades. • Biodigestion was assessed as the core energy-producing step in sugarcane processing. • Juice, molasses and vinasses from 1G and 2G ethanol production were compared. • Coupling biogas and sugar production maximized energy recovery efficiency (94.4%). • Electricity from vinasse doubled the liquid energetic potential in annexed plants. • Electricity-derived biogas outperformed the energy return of 1G ethanol by 400%." @default.
• W3165436797 created "2021-06-07" @default.
• W3165436797 creator A5009327861 @default.
• W3165436797 creator A5009794660 @default.
• W3165436797 creator A5061574815 @default.
• W3165436797 creator A5091785497 @default.
• W3165436797 date "2021-09-01" @default.
• W3165436797 modified "2023-10-17" @default.
• W3165436797 title "Diversifying the portfolio of sugarcane biorefineries: Anaerobic digestion as the core process for enhanced resource recovery" @default.
• W3165436797 cites W106193889 @default.
• W3165436797 cites W1494763263 @default.
• W3165436797 cites W1968834637 @default.
• W3165436797 cites W1974606399 @default.
• W3165436797 cites W1975003602 @default.
• W3165436797 cites W1975207511 @default.
• W3165436797 cites W1975938809 @default.
• W3165436797 cites W1976615441 @default.
• W3165436797 cites W1980138005 @default.
• W3165436797 cites W1985479197 @default.
• W3165436797 cites W1985808810 @default.
• W3165436797 cites W1985829371 @default.
• W3165436797 cites W1987418487 @default.
• W3165436797 cites W1991890885 @default.
• W3165436797 cites W1992431423 @default.
• W3165436797 cites W1997255097 @default.
• W3165436797 cites W2001383595 @default.
• W3165436797 cites W2001888869 @default.
• W3165436797 cites W2002470961 @default.
• W3165436797 cites W2012509861 @default.
• W3165436797 cites W2022580590 @default.
• W3165436797 cites W2027830651 @default.
• W3165436797 cites W2034727423 @default.
• W3165436797 cites W2045437714 @default.
• W3165436797 cites W2048558318 @default.
• W3165436797 cites W2050998838 @default.
• W3165436797 cites W2056783413 @default.
• W3165436797 cites W2067748751 @default.
• W3165436797 cites W2073059276 @default.
• W3165436797 cites W2082569900 @default.
• W3165436797 cites W2091292922 @default.
• W3165436797 cites W2095407043 @default.
• W3165436797 cites W2101259188 @default.
• W3165436797 cites W2106418531 @default.
• W3165436797 cites W2112951169 @default.
• W3165436797 cites W2117106790 @default.
• W3165436797 cites W2124122866 @default.
• W3165436797 cites W2132299435 @default.
• W3165436797 cites W2134924836 @default.
• W3165436797 cites W2144012998 @default.
• W3165436797 cites W2164554013 @default.
• W3165436797 cites W2164777859 @default.
• W3165436797 cites W2212777206 @default.
• W3165436797 cites W2256058638 @default.
• W3165436797 cites W2319324527 @default.
• W3165436797 cites W2324343243 @default.
• W3165436797 cites W2337339548 @default.
• W3165436797 cites W2339701311 @default.
• W3165436797 cites W2344579891 @default.
• W3165436797 cites W2398232124 @default.
• W3165436797 cites W2501469428 @default.
• W3165436797 cites W2561210279 @default.
• W3165436797 cites W2584083351 @default.
• W3165436797 cites W2586163838 @default.
• W3165436797 cites W2589677980 @default.
• W3165436797 cites W2594076191 @default.
• W3165436797 cites W2600818340 @default.
• W3165436797 cites W2749364073 @default.
• W3165436797 cites W2791600181 @default.
• W3165436797 cites W2795870623 @default.
• W3165436797 cites W2804919217 @default.
• W3165436797 cites W2805654548 @default.
• W3165436797 cites W2897991685 @default.
• W3165436797 cites W2942101366 @default.
• W3165436797 cites W2944283332 @default.
• W3165436797 cites W2947909739 @default.
• W3165436797 cites W2948336928 @default.
• W3165436797 cites W2954208664 @default.
• W3165436797 cites W2966937874 @default.
• W3165436797 cites W2973060100 @default.
• W3165436797 cites W2974717110 @default.
• W3165436797 cites W2975480571 @default.
• W3165436797 cites W2975549166 @default.
• W3165436797 cites W2975706726 @default.
• W3165436797 cites W2976755268 @default.
• W3165436797 cites W2978209288 @default.
• W3165436797 cites W2981040608 @default.
• W3165436797 cites W2986978216 @default.
• W3165436797 cites W2996844874 @default.
• W3165436797 cites W2998678429 @default.
• W3165436797 cites W3002322545 @default.
• W3165436797 cites W3007414229 @default.
• W3165436797 cites W3011286249 @default.
• W3165436797 cites W3017333206 @default.
• W3165436797 cites W3025466917 @default.
• W3165436797 cites W3027407340 @default.
• W3165436797 cites W3028635618 @default.
• W3165436797 cites W3032464478 @default.
• W3165436797 cites W3032712486 @default.

• next